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Service

Analysis of
Code

Find and fix vulnerabilities in your source code before they reach production. SAST, DAST, SCA and Code Review.

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80%

Vulnerabilities in code: 85% of breaches start with software flaws.

100x

Cheaper in development than production: fixing before deploy saves time and money.

OWASP

Top 10 coverage

CI/CD

Pipeline integration: security integrated into your DevOps flow without friction.

What is it?

Security Shift-Left

Security Code Analysis seeks vulnerabilities in your source code, dependencies, and running applications before they reach production.

Fixing a vulnerability in development costs 100x less than in production. DevSecOps integrates security from the first commit.

SAST DAST SCA

SAST

DAST

SCA

Code Review

Services

Types of Code Analysis

SAST

Static Application Security Testing: source code analysis without running the application.

  • Source code analysis
  • IDE integration

DAST

Dynamic Application Security Testing: black box testing on running application.

  • Black-box testing
  • API security

SCA

Software Composition Analysis: analysis of dependencies and third-party libraries.

  • Dependency scanning
  • License compliance

IAST

Interactive Application Security Testing: combines SAST and DAST for maximum coverage.

  • Runtime analysis
  • Low false positives

Secrets Scanning

Detection of credentials, API keys and tokens before they reach the repository.

  • Pre-commit hooks
  • Git history scan

Manual Code Review

Expert human code review for critical business logic and advanced security.

  • Expert review
  • Logic flaws
Process

CI/CD Pipeline Integration

1

Commit

Pre-commit hooks detect secrets and vulnerabilities before commit.

2

Build

SAST and SCA run in seconds. DAST depends on app size (minutes to hours).

3

Test

DAST tests the deployed application (runtime). SAST analyzes source code. IAST combines both.

4

Deploy

Only code without critical vulnerabilities goes to production.

Why is it necessary?

Vulnerabilities Come from Code

80% of exploited vulnerabilities are in application code, not infrastructure. If you don't analyze your code, you are ignoring your largest attack surface.

Analyze my code

80% of vulnerabilities

They are in the code: SQL injections, XSS, insecure deserialization, data exposure.

100x cheaper

Fixing in development costs 100x less than in production.

Open Source Risk

90% of code uses third-party libraries. Composition analysis detects known vulnerabilities (CVE).

DevOps velocity

Daily deploys require automated security that doesn't hinder productivity.

Compatibility

Languages and Frameworks

Java

Python

JavaScript

C#/.NET

PHP

Go

Technology

Tools We Use

Snyk

SCA + SAST

SonarQube

Code Quality

Checkmarx

SAST

Veracode

AppSec Platform

Semgrep

Custom Rules

Deliverables

What You Receive at the End

Vulnerability list

Classified by severity with CVE/CWE, affected code and exact line.

Remediation guides

Sample code and best practices to fix each vulnerability.

Pipeline Integration

Configuration to integrate into your CI/CD (GitHub Actions, GitLab CI, Jenkins, etc.).

Training for developers

Training session on secure coding and SAST/DAST tools usage.

OWASP

Top 10 coverage

CVE

Database mapping, architecture and business logic: complete attack surface analysis.

CWE

Classification

CVSS

Risk scoring

Plans

Service Levels

One-time Scan

One-time analysis of your application with complete vulnerability report and recommendations.

  • SAST + SCA
  • Findings report
  • Remediation guides
  • No CI/CD integration
Request pricing
Recommended

DevSecOps

Continuous integration: automatic analysis on every commit and pull request.

  • SAST + DAST + SCA
  • CI/CD integration
  • Continuous dashboard
  • Developer training
Request pricing

Enterprise

Complete program of continuous analysis + expert manual review + team training.

  • Everything in DevSecOps
  • Manual code review
  • Secure architecture
  • Security champion
Request pricing
Expert Analysis

What is code security analysis and why does every company need it?

TUTARI S.A. — Análisis de Código Seguro

Expert Analysis Latin America and the Caribbean

Code security analysis is the systematic process of examining source code and running applications to detect vulnerabilities before they reach production. It includes three pillars: SAST (Static Application Security Testing) that analyzes code without executing it, DAST (Dynamic Application Security Testing) that tests the deployed application, and SCA (Software Composition Analysis) that detects known vulnerabilities in third-party dependencies.

According to Veracode, 76% of applications have at least one security vulnerability, and the cost of fixing a flaw in production is 100 times greater than in development. The DevSecOps approach integrates these tests directly into the CI/CD pipeline to detect issues on every commit. TUTARI implements code analysis with full OWASP Top 10 coverage, integration with GitHub/GitLab/Azure DevOps, and false positive reduction through expert tuning.

Companies that adopt DevSecOps reduce their production vulnerabilities by 50% and accelerate their time-to-market. TUTARI offers three service levels: on-demand analysis (point-in-time code audit), CI/CD integration (automated analysis on every deploy), and managed DevSecOps (continuous monitoring, code reviews, and training). Local support in Costa Rica and Mexico with bilingual team.

Expert-verified content TUTARI S.A. — Análisis de Código Seguro
FAQ

Frequently Asked Questions

Answers to the most common questions about our services

What is code analysis and why is it important?
Code analysis is the process of examining an application's source code to detect security vulnerabilities, quality defects, and standards violations before the software reaches production. There are two main modalities: SAST (static analysis) that reviews code without executing it, and DAST (dynamic analysis) that tests the running application. Combined with SCA (Software Composition Analysis) for dependencies, they provide complete coverage.

When should you perform code security analysis?
Ideally on every commit and pull request (shift-left). Incremental SAST in the CI/CD pipeline detects issues in seconds. Full scans on nightly builds. DAST against staging environments before each release. Manual code reviews for critical features like authentication, payments, and sensitive data handling. The key is integrating security into the DevSecOps cycle, not leaving it for the end.

How does TUTARI cover OWASP Top 10?
Our analysis covers all 10 OWASP Top 10 2021 risk categories: A01-Broken Access Control, A02-Cryptographic Failures, A03-Injection (SQL, XSS, SSRF), A04-Insecure Design, A05-Security Misconfiguration, A06-Vulnerable Components, A07-Authentication Failures, A08-Software Integrity Failures, A09-Logging Failures, A10-SSRF. We combine SAST, DAST, and manual review to maximize detection.

SAST or DAST, which do I need?
Ideally both. SAST finds issues in code before compile. DAST finds configuration and runtime issues. Together they provide full coverage.

How many false positives are there?
It depends on the tool and tuning. We configure and tune to minimize false positives. We can also mark suppressions where appropriate.

Does it slow down my CI/CD pipeline?
Incremental SAST takes seconds. Full scans can run in parallel or on nightly builds. We configure for a balance between speed and coverage.

Do you need access to my source code?
For SAST, yes, we need repo access. We sign strict NDAs. For DAST we only need the application URL. On-premise options are also available.

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